Tuesday, June 10, 2014

Bio-ethanol is one of the types of biofuels (liquid fuels from processing plants) in addition to Biodiesel. Bio-ethanol is ethanol produced from the fermentation of glucose (sugar) followed by distillation process. Distillation
process to produce ethanol content of 95% by volume, to be used as fuel
(biofuel) needs to be purified again until it reaches 99%, Badak88 Agen Bola Resmi Promo 100% SBOBET IBCBET Jelang Piala Dunia 2014 commonly
called fuel grade ethanol (FGE). Purification process with the dehydration principles generally
performed with Molecular Sieve method, to separate water from ethanol
compounds.Bio-ethanol feedstock that can be used, among others, cassava, sugar cane, sago, corn, etc..Developed
countries have developed alternative energy that can replace the role
of petroleum and natural material resources (especially excavation) that
serves as fuel. Petroleum
reserves are depleting due to the increase in world population and the
needs of the bombastic (China alone had a population of 1 billion ...)
is a driving factor in the scientist Actively seeking new sources of
renewable energy, cheap and safe for the environment (especially those
derived from vegetable ).Some popular alternative fuel is biodiesel, biogas, biofuels, hydrogen and nuclear energy. Biofuels are derived from biomass one. Biofuels are fuels derived from plants or animals, usually from agriculture, forest products is also residual solids.Let's see biofuels, particularly ethanol. Through the process of saccharification (solving complex sugars into
simple sugars), fermentation, and distillation, crops such as corn,
sugar cane and cassava can be converted into fuel.Alcohol
is a chemical that is produced from plant raw materials containing
starch such as cassava, sweet potatoes, corn, and sago are usually
referred to as bioethanol. Cassava,
sweet potato, and corn is the crop most commonly grown people in all
parts of Indonesia, so this type of plant is a plant that is to be
considered as a potential source of raw material for bio-ethanol or
gasohol. But of all these crops, cassava plants per hectare is the highest can produce ethanol. In
addition the use of cassava consideration as a raw material of
bio-ethanol productNAGALAUT.COM Agen Judi Bola Online Piala Dunia 2014, SBOBET, IBCBET Terbaik dan Terpercaya di Indonesia ion process is also based on economic considerations.
Consideration
of the economics of procurement of raw materials not only include the
price of production plants as raw material, but also includes the cost
of managing the plant, the production of raw material procurement costs,
and the cost of raw materials to produce each liter of ethanol /
bio-ethanol. In
general, ethanol / bio-ethanol can be used as industrial raw materials
derived alcohol, a mixture of alcohol, pharmaceutical basic materials,
fuel mixture for a vehicle. Given the use of ethanol / bio-ethanol diverse, so the grade ethanol must be used differently according to its use. For
ethanol / bio-ethanol which has a grade of 90 to 96.5% vol can be used
in industry, whereas ethanol / bio-ethanol which has a grade of 96 to
99.5% vol mixture can be used as a base material for the alcohol and
pharmaceutical industry. In contrast to the magnitude of grade ethanol/bio-Ethanol
is used as fuel mixture for a vehicle to be really dry and anhydrous so
as not corrosive, so the ethanol / bio-ethanol must have a grade of
99.5 to 100% vol. The big difference grade will affect the process of converting carbohydrates into sugar (glucose) water soluble. Referring to the explanation, drafted a paper entitled "Process Technology of Bio-Ethanol Production"Industry
Etano l / Bioethanol has very good prospects in Indonesia, because the
needs of ethanol in Indonesia continues to increase. It is not balanced with the production capacity of the ethanol
industry in Indonesia, which amounted to only about 14 industries.In the development of the ethanol industry geared to diversify the use
of the product for biofuels, fuel car that uses Ethanolyang is one of
the renewable fuel, as a renewable raw material, eg sugar cane /
molasses, cassava, sorghum etc..Fuel oil is the lifeblood - like the bloKAISARBET.COM AGEN BOLA TERPERCAYA PIALA DUNIA 2014od that carry oxygen to the body. Life can be jammed without fuel. Unfortunately,
the reserves are depleted, exploration costs are increasingly
expensive, as well as environmental and geopolitical impacts on oil
producing countries that always heats to make the era of cheap oil is
over. This is bad news for Indonesia as a net importer.